Virtual polymorphic hardware engine
Virtual field programmable gate array (VFPGA) duplicates and/or emulates a field programmable gate array through the use of base hardware and firmware that uses RAM as ROM or EPROM and provides control and monitoring and manipulation through the use of elementary and basic device functionality commands (machine code primitives) to accommodate the needs of polymorphic cipher engine software so that the software achieves the same results as thou it had access to programmable logic arrays, gate and logic blocks found in field programmable gate array chips.
1. A printed circuit board for encrypting and decrypting messages having a series of non-persistent finite state machines, each of said finite state machines representing a sequential sub-message portion of an encrypted message and consisting of independent sequences that are applied serially from a base state via an internal process communication in the form of a look up table in the finite state machine, each of said finite state machines being used for only a portion of a message.
2. The printed circuit board according to claim 1 wherein each of said finite state machines is replaced with a new finite state machine for the next sequential sub-message portion of the message.
3. The printed circuit board according to claim 1 , wherein the operation of the finite state machine can be represented by RAM acting as ROM or a circuit, and further where each finite state is encoded at a separate address, sequentially/non-sequentially stored in memory, and serially accessed by an addressing scheme.